GelTech FireIce Shield CTP 2.5 Gallon Pre-Mixed Refill

GelTech FireIce Shield CTP 2.5 Gallon Pre-Mixed Refill

Features:

• A water-based, eco-friendly, and non-corrosive makeup
• Additional white pigmentation for maximum visibility during application
• Cleans up easily with water
• Adheres to virtually any surface
• Extensive lab and field-testing for a variety of applications
• Effectiveness on metal fires such as magnesium, titanium, calcium, potassium, and lithium
• Effectiveness on battery fires, tire fires, wildland fires, some accelerant fires, and voltages up to 50kV/40ka
• Ability to remain effective after multiple freezing and thawing cycles
• Maintains structure and will not separate or dry out if stored sealed and not exposed to UV light

Specifications:

• Effective Timeframe: Up to 48 hours, weather dependent
• Freezing Temperature: 27° F
• Effective Temperature: Up to 5,000° F
• Store sealed out of UV light

The GelTech FireIce Shield CTP 2.5 Gallon Pre-Mixed Refill is an eco-friendly and non-corrosive fire prevention and suppression gel specialty-mixed for application to communication towers. FireIce Communication Tower Protection (CTP) gel is formulated with a white pigmentation for maximum visibility when you apply the gel to communication tower structures and cables. The gel cools protected surfaces and limits thermal transfer to reduce the direct costs of damage caused by welding sparks, fires, and slag. Apply FireIce prior to maintenance to save yourself from short and long-term indirect costs resulting from service outages and structural failures.

FireIce Gel is designed to stay in suspension so it will not separate or dry out if stored in a sealed vessel and not exposed to UV light. FireIce gel that has frozen and thawed multiple times remains fully effective. FireIce gel has a freezing point of 27° F and testing has shown the gel to be capable of withstanding temperatures of over 10,000° F. FireIce gel will stay hydrated and remain effective for up to 48 hours after application with some variation due to weather conditions.